| HS Code | 663001 |
| Product Name | RY C-01 Cocamide MEA |
| Chemical Name | Cocamide Monoethanolamine |
| Appearance | Yellow to amber viscous liquid |
| Odor | Mild, characteristic |
| Ph Value 1 | 8.0-10.5 |
| Solubility In Water | Dispersible |
| Active Content | Approximately 85% |
| Specific Gravity 25c | 0.98-1.02 |
| Flash Point | >150°C |
| Hlb Value | Approx. 9-11 |
| Cas Number | 68140-00-1 |
| Primary Function | Foaming agent, viscosity booster |
As an accredited RY C-01 Cocamide MEA factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | RY C-01 Cocamide MEA is typically packaged in a 200 kg blue HDPE drum with a secure, sealed lid for safe transport. |
| Shipping | **Shipping for RY C-01 Cocamide MEA:** RY C-01 Cocamide MEA is typically shipped in tight-sealed, corrosion-resistant drums or containers to prevent moisture absorption and spillage. It should be handled with appropriate labeling, kept away from heat sources, and transported according to standard chemical safety regulations. Ensure containers are upright and secure during transit. |
| Storage | **RY C-01 Cocamide MEA** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible substances such as strong oxidizers. Keep the container tightly closed when not in use to prevent moisture absorption and contamination. Store at temperatures between 10-30°C, and avoid freezing. Ensure proper labeling and adhere to standard chemical storage practices. |
RY C-01 Cocamide MEA serves as a multifunctional non-ionic surfactant and thickener, widely applied in various industrial manufacturing sectors. As the direct producer, we deliver consistent quality for downstream processes requiring compliance, stability, and precise integration parameters.
Large-scale detergent producers use RY C-01 Cocamide MEA to increase viscosity, thicken surfactant blends, and stabilize foam in hand dishwashing liquids, liquid laundry detergents, and hard surface cleaners. Its chemical compatibility with linear alkylbenzene sulfonate (LAS), sodium laureth sulfate (SLES), and secondary surfactants enhances formulation clarity and user experience. Addition occurs post-neutralization to assure targeted rheology without interfering with anionic surfactant systems. Manufacturers must meet updated regulatory and composition standards to support high-traffic household applications and international market entry.
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Major personal care brands integrate Cocamide MEA to build foam, regulate viscosity, and impart mildness in cleansing formulas. It serves as a co-surfactant in shampoo, shower gels, and bubble baths for both mass-market and premium lines. Addition improves sensory profile and foam persistence, with process timing set for maximum interaction with amphoteric and anionic cleansing agents. Quality control monitors amide residue and free DEA content to ensure consumer safety and regulatory compliance, particularly in markets with stringent ingredient scrutiny.
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Industrial cleaning plants rely on RY C-01 Cocamide MEA for emulsifying oils and improving soil suspension in metal surface cleaners, automotive degreasers, and heavy-duty workshop cleaning products. Its chemical structure enhances wetting on steel, aluminum, and alloy parts, allowing detergents to remove mineral oil, cutting fluid, and particulate contamination in high-throughput environments. The ingredient supports both low- and high-alkaline systems, with robust performance across elevated temperatures. Selection of quality grade is based on target markets, considering occupational safety regulations and discharge permits.
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Leading paint and latex manufacturers employ Cocamide MEA as a non-ionic surfactant in emulsion polymerization for vinyl acetate and acrylic dispersions. The material aids in particle size stabilization, reduces coagulation risk, and ensures uniform polymer distribution in waterborne coatings. Formulation steps prioritize correct dosage and timing to avoid excess foaming while achieving desired latex stability. GMP and environmental protection standards apply, particularly in construction, packaging, and automotive topcoat applications.
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Textile finishing plants use Cocamide MEA-based surfactants to increase the wettability of fibers before dyeing and remove spinning oils, waxes, and residual sizing agents. The chemical enters during the scouring and washing stages to prepare natural and synthetic fabrics, ensuring uniform dye uptake and fabric hand quality. Compliance with environmental discharge and worker safety standards is closely monitored, especially in the EU and Asia Pacific export supply chains.
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Pesticide manufacturers use Cocamide MEA as a tank-mix adjuvant or emulsifier in water-dispersible concentrate (WDC) and emulsifiable concentrate (EC) pesticide formulations. The addition improves pesticide spread and leaf stickiness, increasing active compound efficacy while reducing runoff. Strict grading and QC ensure absence of prohibited impurities for agricultural registration and food safety. Processing precision and trace batch records are necessary for regulatory audit trails in key export markets.
Industry compliance standards
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Competitive RY C-01 Cocamide MEA prices that fit your budget—flexible terms and customized quotes for every order.
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Working in chemical production for years, each batch, each barrel, and every order carries the experience gained across different industries. Cocamide MEA sits on the worktables and in the planning books here for good reason. It’s a surfactant and foam booster used mainly in liquid detergents, shampoos, bath gels, and hand cleaners, among other personal care and cleaning products. Our RY C-01 takes the common thread of Cocamide MEA and strengthens the fabric, bringing a blend that supports both formulators and manufacturers seeking dependable performance.
Most Cocamide MEA products stem from the fatty acids in coconut oil, reacting them with monoethanolamine. The result is a creamy non-ionic surfactant, viscous and light to medium yellow. Experience tells us that although specifications for Cocamide MEA can appear straightforward, product consistency and the assurance of clean raw materials make all the difference. From our operations, keeping those levels steady batch after batch takes discipline and good sourcing; years invested in process control translate into reliable RY C-01.
Our RY C-01 runs at a viscosity that works for both direct use and formulation blending. Here, specifications don’t just land on paper—they start on the production line and end up in finished goods sent out around the globe. Appearance and color set the first impression. RY C-01 usually appears translucent to pale yellow and soft, and producers know immediately from the pour if quality holds. Acidity, amide content, and purity show up in our lab checks and keep the lines running. From early-morning QC checks to random spot tests at the filling stations, maintaining free amine limits and high purity means less chance of unwanted side reactions or breakdown in shelf life at a customer’s warehouse.
Manufacturing isn’t a game of shortcuts. Every reactor wash, every batch sample, and regular equipment cleaning counts toward keeping diethanolamine (DEA) contamination minimal — an issue that surfaces with lower-grade products. With growing scrutiny of DEA as an impurity, RY C-01’s low free-DEA results support producers looking for better compliance or who export to markets with tighter safety restrictions.
Traditional Cocamide MEA sometimes slumps in stability, especially if storage tanks face wild temperature shifts. Our operators learned early to track temperature profiles and storage tank design. The result shows up in the RY C-01’s resilience against separation and its predictable thickening power in finished formulas, even after months on warehouse shelves or long-haul shipments. Getting this right took us beyond just recipe tweaking — it meant retooling some equipment, refining our filtration, and paying attention to feedback from bulk buyers downstream.
Products that leave the factory here often find their way into shampoo, liquid soap, and body wash plants. RY C-01 acts as a foam booster and viscosity builder — nothing frustrates a shampoo line manager more than inconsistent lather or a runny product sitting in the bottle. Real-world conditions in formulation labs matter more than what shows up in a spreadsheet. RY C-01 remains easy to blend, and it responds well to the salt thickening system common in many body wash formulas.
Quality control specialists in detergent and personal care blending lines worry about clear versus cloudy end products. With years in the business, our experience says nothing stalls output more than an unexpected haze forming during scale-up. We’ve committed resources to minimize unsaponifiable matter and free fatty acids in the RY C-01 stream — this leads to reliably clear or pearlescent personal care products. It also helps with meeting marketing claims tied to product transparency and eye-catching shelf appeal.
The best feedback comes from people who actually use the product on their lines. On a busy packaging floor or in high-throughput mixing operations, every minute counts. RY C-01 pours without stringing or clogging, so operators don’t lose time to cleanups that eat into profit margins. It mixes directly with most anionic and nonionic surfactants, opening doors for creative formulation and easing changeovers between product variants.
Blending with other ingredient systems, RY C-01 stays compatible whether added early in the process or later. Everyone working behind the scenes knows how much time can be lost if a surfactant kicks out of solution and forms gels or scum. Our technical staff spent years benchmarking blends against real-world water conditions and challenging pH swings. If the industry shifts or regulatory recommendations change, the ability to adapt on the next batch comes from this background — not literature reviews, but running live production on the ground.
It’s easy for suppliers or documentation to treat all Cocamide MEA options as interchangeable. Our years spent listening to feedback say otherwise. Compared to Cocamide DEA, a surfactant once common everywhere, RY C-01 meets strict needs for lower DEA content. The push for safer formulas means many countries are tuning their eyes to this difference, and product formulators now look for Cocamide MEA with detailed test reports and ongoing batch validation.
Compared to blends or semi-synthetic amide surfactants, RY C-01’s natural coconut oil origin and amide purity fit personal care brands chasing “greener” claims. But the story doesn’t end on a marketing slide. In thickening, RY C-01 delivers more gradual and manageable viscosity build compared to straight fatty alcohol ethoxylates, which sometimes spike or plateau. This gives process chemists better control during scale-up, even as water batch sizes grow.
Production managers often compare RY C-01 with similar thickening agents like Cocamidopropyl Betaine. In practice, cost equations, salt tolerance, and mildness in skin contact become key factors. RY C-01’s foam depth and feel aren’t as harsh as heavier alkyl sulphates; the end-user sees this as smoother, richer lather, a trait personal care brands aim for in luxury lines. In the world of hand washes and dish detergent, the subtle difference this ingredient brings often tips the scales for repeat buyers.
Years spent sourcing coconut oil feedstock have shown us that quality at the start shapes results at the end. Producers further down the trail ask about sustainable sourcing and traceability. Here, our technical and purchasing teams collaborate on clear documentation so customers can validate claims. RY C-01 passes these checks, and we keep open lines for supply chain audits or sustainability reporting.
For natural market brands, traceable origin and clean amine levels aren’t simply buzzwords; they form the bedrock of safe, marketable goods. Over the years, we’ve fielded direct questions about harvest location, labor practices in the oil supply, and residual solvent levels. Our production team knows these aren’t minor questions — answering them requires record-keeping, some tough decisions about suppliers, and constant sample checks.
Supporting customers means more than shipping drums of RY C-01. Formulators often call us for real-time blending guidance—what works on the lab bench doesn’t always work at plant scale. From a manufacturing perspective, these calls have shaped our technical service philosophy. Some common troubleshooting topics keep coming up: salt thickening response, clarity vis-à-vis plant water hardness, and the effect of concentration on liquid viscosity.
We have decades of data on RY C-01’s response to electrolytes. For thickening a shampoo base, a small tweak in salt brings up viscosity without turning the blend cloudy, provided the starting surfactant balance is right. For clear shower gels, the advice remains to add RY C-01 with gentle agitation to avoid introducing microbubbles. People running filling lines value this tip. Over-mixing can embed air that takes hours to clear, cutting into overall productivity.
Customers working with new cleaning product launches bring fresh challenges, especially as trends shift toward low-scent, low-allergen formulas. RY C-01 presents low odor at standard pH, letting fragrance come through cleanly in both mass-market and premium product lines. Product developers also call us about meeting regional labeling claims; the certainty that RY C-01 is derived solely from coconut oil and monoethanolamine helps many brands hit their green chemistry goals without stack after stack of additional validation paperwork.
Warehousing surfactants brings practical headaches and small victories. Our logistics teams put in long hours sorting how RY C-01 holds up to seasonal shifts from hot tropical docks to cold northern warehouses. Direct feedback from the field has shown that RY C-01 resists phase separation and keeps its handling properties months after arrival. For large-scale users who plan production runs months in advance, this edge matters—a stable ingredient means fewer rejects and more consistent output.
Safety and compliance come next—the teams check for regulatory requirements and update documents to align with new transport rules. Years of shipping both locally and to global clients taught us to pre-empt concerns about exposure to high heat or cold in transit, and to advise on best practice for drum storage. We continue to support buyers with technical documentation, but always base our advice on the experiences learned through past logistics hiccups and storage studies, not only SDS sheets.
Direct conversations with end-users and production teams give us more actionable insights than any third-party review. Many RY C-01 buyers work in highly competitive fields where a single off-spec shipment affects entire product lines. Our internal feedback loops—between production, technical support, and quality assurance—keep RY C-01 evolving each year. Instead of banking on old wins, we actively seek reports from customers facing difficult process variables and work to resolve their formulation or logistics bottlenecks.
Tens of thousands of tons move through our production lines each year. Over time, we’ve adjusted filtration steps for lower haze, fine-tuned reaction temperatures for higher amide content, and tweaked our quality checks based on new findings from our partners in the field. Customer complaints rarely remain unsolved for more than a few days, and these become the seeds for process improvements that ripple through every future batch.
Regulatory landscapes change quickly. Previous shifts in European and North American markets saw tightening of allowable amine impurities and calls for greater ingredient transparency. Our years of investment in traceable raw materials and in-lab testing put us in a strong position; we adopted routine GC-MS screenings for trace amines and published those results for major customers. RY C-01 consistently passes these new benchmarks.
Staying aligned with broader market trends also matters: Clean label, “free-from” claims, and eco-certifications push us to stay nimble. Today’s big new trend might set next year’s baseline requirement. On any production day, our compliance and R&D teams walk those lines, ensuring RY C-01 stands up to new regulations, retailer audits, and new environmental standards without needing fundamental changes to our manufacturing process. Years in the industry have shown that reactive, last-minute compliance fixes almost always cost more than steady, incremental improvements.
No one in the chemical industry stands still. Customers now demand more technical data, better ingredient sourcing practices, and tighter quality assurance than ever before. Our ongoing investments in people, plant, and process come from understanding that sustained success means solving tomorrow’s problems today. For us, RY C-01 isn’t a static product—it forms a link between high-level chemistry and the needs of brands who compete on quality and safety.
As the world shifts toward greener chemistry and traceable supply chains, our work won’t just be about building better surfactants. It’ll stay centered on listening to what end-users need, adapting to regulatory and technical shifts, and making changes where they count—from the reactor floor to the formulation tank. Through every new requirement or shift in consumer taste, RY C-01 remains tested and proven on both lab benches and full-scale manufacturing lines, a testament to the trust built across years of production and customer partnership.
RY C-01 Cocamide MEA stands as a result of ongoing learning, direct feedback, and hard-earned experience on manufacturing floors. It helps personal care and home care manufacturers create products their own customers notice for quality, feel, and appearance. From the tightly monitored supply chain to every interaction with our technical support team, RY C-01 reflects the balanced approach of meeting real formulation needs and preparing for the changing demands of the global marketplace.